The phrase "aggressive soil" is correct and usable in written English.
It can be used in contexts related to agriculture, gardening, or environmental science, often to describe soil that is highly reactive or has a strong impact on plant growth.
Example: "The aggressive soil in this region can lead to rapid plant growth, but it also requires careful management to prevent erosion."
Alternatives: "hostile soil" or "reactive soil".
But, for a long-term behavior, it is imperative to study of their influence on the durability of these types of concrete against chemical degradations that may exist through the waters or aggressive soils.
Groundwater affected by several environment factors, such as agriculture, industry, living and seawater, is often acid or alkaline and usually aggressive to cemented soil.
However, there is a possibility of the presence of aggressive chemicals in soils near the vicinity of water bodies or chemical treatment plants.
Thus, seed coating with bacterial and fungal biocontrol agents often is utilized or required to control aggressive, rapidly growing soil-borne pathogens [ 65, 66].
These new towers are akin to "architectural leylandii", he rails: aggressive, invasive, leaching the soil upon which they grow.
The year 2000 has seen foreign telcos make aggressive inroads on American soil, buying or in discussions to buy U.S.-based Internet and infrastructure companies.
During this time, it has been noticed that the material gives a good performance in many environments, however several chemical aggressive species in water, soil or the atmosphere may react with the cement mineralogical phases and perturb its integrity.
Venice witnessed the creation of 'structural art' that drastically reduced the incidences of failure caused by extremely soft soils and aggressive environment, which extended the operating horizons of masonry and timber structural materials to the extent that very bold structures were obtained also before the pre-eminent materials of modern structures.
Soil invaded by an aggressive invader, Ageratina adenophora, had higher values for available nitrogen and microbial respiration compared with soils not yet invaded (Bajpai and Inderjit 2013).
Their reaction to infertile soil was to plant aggressive species of trees, regardless of their potential market value, and to accept lower returns in plant production.
